KR101985286B1 - Smart wireless village broadcasting system - Google Patents

Abstract

The present invention relates to a smart wireless town announcement system which can remove a poor broadcasting reception area through digital communications between a town broadcast server and in-house transceiver, clearly provide broadcasting, prevent non-transmission of disaster broadcasting due to wire short-circuit at disasters by ensuring wireless bidirectional communications, minimize disadvantage of missing the listening of broadcasting by displaying the list of announcements or disaster announcements on a display window and allowing a user to select and listen to the announcements again, provide the text on a screen in an appropriate size according to the eyesight of a user by allowing expansion or contraction of the text on the screen, and minimize damage to human lives or properties by quickly transmitting disaster situations. In addition, the smart wireless town announcement system comprises: a town broadcast server which transmits and receives announcement or disaster broadcasting; a manager transceiver which transmits the announcement or disaster broadcasting to the town broadcast server; a manager mobile which transmits the announcement or disaster broadcasting to the town broadcast server; an in-house transceiver which is installed inside a building in order to receive the announcement or disaster broadcasting transmitted from the town broadcast server, and outputs the same with voice or on a screen; and a user mobile which receives the announcement or disaster broadcasting transmitted from the town broadcast server and outputs the same with voice or on a screen. Moreover, the in-house transceiver wirelessly communicates with the town broadcast server, and wireless mutual transmission or reception is possible among in-house transceivers.

Description

{Smart wireless village broadcasting system}

The present invention relates to a smart radio town information broadcasting system, and more particularly, to a smart radio town information broadcasting system, in which a town broadcasting server and a home transceiver perform digital communication, thereby eliminating a broadcast hearing area, It is possible to prevent disaster broadcast transmission due to a short circuit in the event of a disaster and broadcast list of announcement broadcast or disaster broadcast can be displayed on the display window and can be replayed by selecting it so that disadvantages caused by failure to listen to broadcast can be minimized And it is possible to enlarge or reduce the text on the screen so that text can be appropriately sized according to the user's visual acuity, and a smart radio village which can quickly deliver a disaster situation and minimize damage to persons and property Broadcasting system.

The village broadcasting has been mainly focused on the way in which the broadcasting contents are displayed through the loudspeaker connected to the wired line or the loudspeaker provided on the roof of the town hall when the manager or the like broadcasts through the broadcasting equipment provided in the town hall.

However, in recent years, the soundproof quality of a building has been greatly improved, and it has been rare that a broadcast voice can not reach a home in a relatively distant area, so that an important announcement or a disaster broadcast can not be heard.

In addition, the conventional town broadcasting uses a wired analog communication system, so that there is a problem that the broadcast contents are not clearly heard due to a lot of noise included in the broadcast voice due to the aging of the line and the interference of the electromagnetic field.

Therefore, it is necessary to develop a system capable of listening to broadcasts in all households without a broadcast shadow area, with clear broadcast quality.

KR10-1581247 (registration number) 201.5.12.23.

An object of the present invention is to provide a smart radio town information broadcasting system in which a town broadcasting server and a home radio transceiver perform digital communication, thereby eliminating a broadcast hearing area and transmitting the broadcasting clearly.

It is another object of the present invention to provide a smart radio village announcement system capable of preventing disaster broadcast transmission due to a short circuit of a wire when a disaster occurs by enabling wireless two-way communication.

In addition, according to the present invention, a broadcast list of a broadcast announcement or a disaster broadcast is displayed on a display window and can be re-listened by selecting it, thereby minimizing disadvantages caused by not being able to listen to a broadcast.

In addition, according to the present invention, the text on the screen can be enlarged or reduced, thereby providing the text with an appropriate size according to the visual acuity state of the user.

It is another object of the present invention to provide a Smart Wireless Town Information Broadcasting System capable of detecting and propagating a rapid disaster situation.

It is also an object of the present invention to provide a Smart Wireless Town Information Broadcasting System capable of accurately and promptly preventing damage in proportion to the type and strength of a disaster.

The present invention relates to a town broadcast server for transmitting and receiving announcement broadcasts or disaster broadcasts; A manager transceiver transmitting an announcement broadcast or a disaster broadcast to the village broadcast server; An administrator mobile transmitting an announcement broadcast or a disaster broadcast to the village broadcast server; A home-use transceiver installed in the building and receiving the announcement broadcast or the disaster broadcast transmitted from the village broadcasting server and outputting the announcement broadcast or the disaster broadcast to a voice or a screen; And a user mobile for receiving the announcement broadcast or the disaster broadcast transmitted from the village broadcasting server and outputting the announcement broadcast or the disaster broadcast to a voice or a screen, wherein the home-use transceiver is wirelessly communicated with the village broadcasting server, and the home- It is possible to transmit and receive.

In addition, the present invention includes an outdoor receiver installed outdoors and receiving an announcement broadcast or a disaster broadcast transmitted from the town broadcasting server and outputting the broadcast or disaster broadcast to a voice or a screen.

In addition, the present invention includes a disaster detection device installed at a remote location in or around a village to detect one or more of a fire, an earthquake, or a water level.

According to another aspect of the present invention, there is provided a local broadcast server, which is installed in a higher level institution in a village and transmits an announcement broadcast or a disaster broadcast to the town broadcasting server, And transmits the observed value or the disaster occurrence information, and the town broadcasting server or the base broadcasting server transmits the announcement broadcast or the disaster broadcast to the home transceiver or the user mobile based on the information transmitted from the disaster detection device.

In addition, the home-use transceiver of the present invention is assigned a serial number for each place where the home-use transceiver is installed, and the user mobile of the user belonging to the home where the home-use transceiver is installed is assigned the same serial number as the home- Alternatively, the base station selects a serial number of the home transceiver or the user mobile and transmits the announcement broadcast or the disaster broadcast.

In addition, the town broadcasting server or the base broadcasting server of the present invention classifies the type of disaster based on the information transmitted from the disaster detection device.

In addition, the town broadcasting server or the base broadcasting server of the present invention stores weather information including terrain information, tree information, survey information including river information, and information including temperature, humidity, wind direction and precipitation amount information, Based on the type, the measurement information, and the weather information, a serial number of the in-house transceiver or the user mobile to which the disaster broadcast is to be transmitted.

According to the present invention, a town broadcast server and a home-use transceiver perform digital communication, thereby eliminating a broadcast-hearing area and delivering a broadcast clearly.

In addition, the present invention is capable of wireless two-way communication between a village broadcasting server and a home-use transceiver, thereby preventing a disaster broadcast transmission due to a wire short-circuit when a disaster occurs.

In addition, according to the present invention, a broadcast list of a broadcast announcement or a disaster broadcast is displayed on a display window and can be re-listened by selecting it, thereby minimizing disadvantages caused by not being able to listen to a broadcast.

In addition, according to the present invention, the text on the screen can be enlarged or reduced, thereby providing the text with an appropriate size according to the visual acuity state of the user.

In addition, the present invention has an effect that a disaster detection device can be provided to detect and propagate a rapid disaster situation.

Further, the present invention can specify a home-use transceiver as a reception target of a disaster broadcast, so that it is possible to take an appropriate measure in proportion to the type and intensity of a disaster.

Further, the present invention utilizes the combination of the measurement information and the weather information in the specification of the in-house transceiver that is the destination of the disaster broadcast, so that there is an effect that the damage can be prevented accurately and promptly.

1 is a conceptual diagram of a smart wireless village announcement system according to an embodiment of the present invention;
2 is a front view of a home radio transceiver of a Smart Wireless Town Guidance Broadcasting System according to an embodiment of the present invention;
3 is a diagram illustrating an example of a voice broadcasting list display screen of a home radio transceiver of a smart radio town information broadcasting system according to an embodiment of the present invention.
4 is a diagram illustrating an example of a character broadcast list display screen of a home radio transceiver of a smart radio town information broadcast system according to an embodiment of the present invention.
FIG. 5 is a diagram showing an example of a character broadcast of a home radio transceiver of a smart radio village announcement system according to an embodiment of the present invention; FIG.
6 is a diagram illustrating an example of a screen setting of a home radio transceiver of a smart radio town information broadcasting system according to an embodiment of the present invention;
FIG. 7 is a first example of a disaster broadcasting target area selection method of a smart radio town information broadcasting system according to an embodiment of the present invention. FIG.
FIG. 8 is a second example of a disaster broadcasting target area selection of a smart radio town information broadcasting system according to an embodiment of the present invention; FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 8, the present invention includes a town broadcasting server 100 for transmitting or receiving announcement broadcasting or disaster broadcasting, a manager transceiver 200 for transmitting announcement broadcasting or disaster broadcasting to the town broadcasting server 100, An administrator mobile 210 that transmits announcement broadcasts or disaster broadcasts to the town broadcast server 100, and an announcement broadcast or disaster broadcast transmitted from the town broadcast server 100 installed in the building, And a user mobile 310 receiving the announcement broadcast or the disaster broadcast transmitted from the town broadcasting server 100 and outputting the announcement broadcast or the disaster broadcast to a voice or a screen.

The village broadcasting server 100 plays a role of transmitting and receiving announcement broadcasts or disaster broadcasts and is installed in a town hall or the like for this purpose. The village broadcasting server 100 receives announcement broadcasts or disaster broadcasts from various routes.

First, an announcement broadcast or a disaster broadcast is received from the manager transceiver 200 or the manager mobile 210. To this end, the manager transceiver 200 may be installed inside a house of a village, a street, a bankbook, or the like, or may be installed in a village broadcasting server 100 such as a town hall or near the village broadcasting server 100. The manager mobile 210 may be a smart phone or the like possessed by a manager of a village, a street, a passbook or the like. The manager mobile 210 may be a voice recorded through the manager mobile 210 or a text created from the manager mobile 210 Is transmitted to the town broadcasting server (100).

Next, it receives announcement broadcast or disaster broadcast from the in-house transceiver 300 or the user mobile 310. The announcement may be generated from the user, and the auction history information may be the object of the announcement. In addition, disaster broadcasting can be subject to fire, flood, and landslide. The announcement broadcast or disaster broadcast information received from the home-use transceiver 300 or the user mobile 310 is checked by an administrator through an administrator's transceiver or manager mobile 210 to prevent overflow of broadcast information indiscriminately, To the transceiver 300 or to the user mobile 310. To this end, the town broadcasting server 100 transmits the information of the announcement broadcasting or the disaster broadcasting transmitted from the in-house transceiver 300 or the user mobile 310 to the manager transceiver 200 or the manager mobile 210, And can request the regeneration of the contents. However, in the case of a disaster situation, there may not be enough time to request the approval of the manager or the administrator may not be able to confirm it. Accordingly, in the event of a disaster such as a fire, flood, landslide, or the like, the disaster situation transmitted from the in-house transceiver 300 or the user mobile 310 is transmitted to the home transceiver 300 It may be desirable for the user mobile 310 to be able to transmit the disaster broadcast.

Next, it receives announcement broadcast or disaster broadcast from the base broadcast server 110 installed in the city, county, district, town, In general, information about announcement broadcasts generated in cities, counties, districts, towns, and districts is often transmitted in the form of an official document when it is transmitted to the country. Therefore, the present invention does not exclude this information, The emergency broadcast transmitted from the base station broadcast server 110 will be described in detail below.

On the other hand, the village broadcasting server 100 receives observation values or disaster occurrence information from a plurality of disaster detection devices installed in a village or a plurality of points outside the village, and generates disaster broadcast information when the disaster information is determined based on the observation values or disaster occurrence information, The transceiver 300, the user mobile 310, the manager transceiver 200, the administrator mobile 210, or the outdoor receiver.

When the information received from the disaster detection device is a fire or when the disaster broadcast information received from the in-house transceiver 300, the user mobile 310, etc. is a fire, the village broadcasting server 100 performs a support request to the fire department can do. At this time, the support request information may include the location of the disaster detection device, the serial number of the home transceiver 300, or the GPS location information of the user mobile 310.

The village broadcasting server 100 uses a digital wireless communication method with the in-house transceiver 300 and the manager transceiver 200, thereby enabling clear broadcasting without a hearing loss area.

The manager transceiver 200 plays a role of transmitting the announcement broadcast or the disaster broadcast to the town broadcasting server 100. To this end, the manager transceiver 200 may be installed inside a house of a village, a street, a bankbook, or the like, or may be installed in a village broadcasting server 100 such as a town hall or near the village broadcasting server 100.

The manager can be the head of the village, the father or the banker, and the smallest local unit is the target. The manager transmits the announcement broadcast or the disaster broadcast through the manager transceiver 200 to the town broadcasting server 100 in the form of voice or text.

On the other hand, the administrator transmits the announcement broadcast or the disaster broadcast through the administrator mobile 210 to the town broadcasting server 100 in the form of voice or text.

The manager receives the announcement information transmitted from the home-use transceiver 300 or the user mobile 310 to the town broadcasting server 100 from the town broadcasting server 100 and performs the approval or announcement generating process. This is performed through the manager transceiver 200 or the manager mobile 210 and the announcement approved or regenerated by the manager is again transmitted from the manager transceiver 200 or the manager mobile 210 to the town broadcasting server 100. [ Lt; / RTI >

Meanwhile, the information of the disaster broadcast generated from the in-house transceiver 300 or the user mobile 310 and propagated through the town broadcasting server 100 is transmitted to the manager transceiver 200 or the manager mobile 210, The results of the treatment can be integrated or classified for each case and notified to the higher level.

The in-house transceiver 300 is installed in each home of the town, receives the announcement broadcast or the disaster broadcast transmitted from the town broadcast server 100, and outputs the broadcast or disaster broadcast to the user.

To this end, the in-home transceiver 300 includes a speaker 302 for emitting sound and a display window 301 for displaying text and information visually.

The display window 301 may be configured to display weather information such as normal time information, date information such as a lunar lunar power, temperature and humidity, fine dust concentration, and the like. When the announcement broadcast or the disaster broadcast is received, Lt; / RTI > In addition, broadcasts that have not undergone the confirmation process after the broadcast is classified as unheard broadcasts, and can be displayed in the form of a list of audio broadcasts and text broadcasts in the form of FIG. 3 and FIG. At this time, the presence or absence of the non-listened broadcast can be continuously displayed in the broadcast list, or the button for opening the unlisted broadcast list can be activated. At this time, the text of the character or unlisted list expressing the broadcast contents can be configured to be zoom-in or zoom-out. For this purpose, the display window 301 is preferably configured as a touch pad. In addition, even if the broadcast has already been listened to, it can be displayed on the list so that it can be listened again. As shown in FIG. 3, a setting button for adjusting the volume level is displayed on the screen for displaying the list of voice broadcasts. On the screen for displaying the list of character broadcasts and the character broadcast display screen, May be configured to be displayed. In addition, a screen for adjusting the brightness of the display window of the daytime or nighttime may be configured on the setting screen as shown in FIG.

On the other hand, the display window 301 may be configured such that the color of the screen varies depending on the type of broadcast received and output. For example, in the case of an announcement of administrative information, the background or text is changed in blue in the case of a disaster broadcast such as green, fire or the like in case of an ace of the village residents.

In addition, an emergency button may be displayed on one side of the display window 301. Emergency button can transmit the current emergency situation to the public health center, fire department, police station, manager, neighboring house, etc. at the same time of touching. In case of touch accident, emergency button is activated in the center of the screen, If the button is not selected, an emergency can be configured to be transmitted. At this time, a button for selecting a transmission destination such as a public health center, a fire station, a police station, a chaplain, a neighboring house, or the like, or selecting an emergency type at one side of a cancel button to select an emergency type such as fire, emergency, Can be activated. If there is no input during the set time, the emergency situation may also be transmitted to the fire department, the police station, the manager, the neighboring house, and the like. This is to enable the user to perform the lifeguard operation first even if the user can not select the menus in an emergency and escapes or collapses.

The in-home transceiver 300 is configured to be capable of wireless communication with the village broadcasting server 100. The main reason for using wireless communication as a main communication means is to make it possible to send and receive a disaster broadcast even when a wire line is lost due to a forest fire, a landslide, a typhoon, etc. Also, Information can be transmitted and received. Especially, in the case of fire, it is necessary to make it possible to evacuate quickly by notifying a home located at a close distance. Wireless communication is more advantageous in spreading such a situation, and there is no need to install all wired lines connecting each family.

On the other hand, the transceiver 300 in each house can be given a unique serial number to determine which one of the transceivers 300 is located nearby. At this time, the serial number may be given on the basis of the road name address or may be given according to the GPS position information of each home in which the in-home transceiver 300 is installed. That is, the home transceivers 300 having the serial numbers connected to each other are set to the next house.

The user mobile 310 receives a guidance broadcast or a disaster broadcast transmitted from the town broadcasting server 100 and outputs the broadcast or the disaster broadcast to the user through a voice or a screen. For this purpose, the user mobile 310 includes a speaker for emitting voice, And a display window. That is, the user mobile 310 may be a smart phone or the like possessed by a user of each household, and preferably has a screen configuration similar to that of the in-home transceiver 300.

The user mobile 310 basically operates in the same manner as the in-home transceiver 300 and is given the same serial number as the in-house transceiver 300. However, if the in-home transceiver 300 transmits the serial number information at the time of transmission of the emergency situation, the user mobile 310 is preferably configured such that the current GPS position information is given priority and the serial number information is transmitted in order Do.

Meanwhile, the home transceiver 300 and the user mobile 310 may generate the announcement broadcast or the disaster announcement itself and transmit it to the town broadcasting server 100 or the local mobile transceiver 300 or the user mobile 310). At this time, in the case of the announcement broadcast, it is configured to be transmitted to the town broadcasting server 100 and then passed through the approval process of the administrator, and in case of the disaster broadcast, it can be configured to be transmitted without the administrator's approval. In addition, the home transceiver 300 and the user mobile 310 may further include a microphone for voice recording of broadcast information. In addition, the information on the announcement broadcast or the disaster broadcast can be configured in a text form as well as a voice. To this end, the home-use transceiver 300 and the user mobile 310 are provided with keypads displayed on the screen, do.

Of course, the administrator transceiver 200 and the administrator mobile 210 can be operated by the in-house transceiver 300 and the user mobile 310 only by a functional difference, since the administrator is also a resident of the corresponding village .

The outdoor receiver is installed outdoors, receives the announcement broadcast or the disaster broadcast transmitted from the town broadcasting server 100, and outputs it to the voice or the screen. The outdoor receiver may be a high output speaker installed in, for example, a broadcasting tower or a town hall of a town. However, the present invention is not limited to this, and a display electric signboard may be included in an outdoor receiver. In this case, the display electric signboard may be configured to display broadcast contents in a manner different from the home transceiver 300 so that users can check broadcast contents at a glance .

On the other hand, since the smart radio village information broadcasting system of the present invention is installed in most farming and fishing villages, disasters such as fire, forest fire, landslide, and flood are almost all disasters. However, the population of rural areas is lower than that of urban areas, and the probability of people recognizing the disaster situation is low and thus the propagation of the disaster situation is slow.

Therefore, it is necessary to recognize the disaster situation automatically and propagate it in accordance with the type of disaster disaster.

In the present invention, a disaster detection apparatus for detecting a disaster situation is provided. The disaster detection device is installed in the village or at a remote location around the village to detect one or more of fire, earthquake or water level. Various sensors such as a camera, a seismometer, and a water level meter can be used as the sensor for detecting such a disaster, and sensors or instruments for detecting such a disaster can utilize a known configuration.

Such a disaster detection apparatus generates an observation value and transmits it to the town broadcasting server 100 or the base station broadcasting server 110 or determines disaster occurrence itself and transmits the disaster occurrence information to the town broadcasting server 100 or the base broadcasting server 100 110 < / RTI >

The village broadcasting server 100 or the base broadcasting server 110 receiving the observation value or the occurrence information of the disaster from the disaster detection device can notify the in-home transceiver 300 or the user mobile 310 of the announcement or disaster broadcast Lt; / RTI > The meaning of transmitting the announcement broadcast or the disaster broadcast to the in-house transceiver 300 or the user mobile 310 from the base broadcast server 110 is to inform the in-home transceiver 300 or the user mobile 310 It is obvious that not only the broadcasting or the disaster broadcasting is transmitted but also the transmission through the village broadcasting server 100 is also included.

The village broadcasting server 100 or the base station broadcasting server 110 generates a disaster broadcast when it is determined that a disaster occurred as a result of analysis of observed values transmitted from the disaster detection apparatus or when disaster occurrence information is transmitted from the disaster detection apparatus, Or to the user mobile 310. < RTI ID = 0.0 >

At this time, the town broadcasting server 100 or the base broadcasting server 110 specifies the home transceiver 300 or the user mobile 310 to be transmitted according to the type of the disaster. For example, if the water level in the upstream region is suddenly blown, a disaster broadcast classified as flood is generated, and the serial number of the in-house transceiver 300 and the in-house transceiver 300 located in the downstream region of the stream are the same The disaster broadcast is transmitted to the user mobile 310 assigned to the user. This is to prevent unnecessary confusion by distinguishing households that need to be evacuated urgently according to the disaster situation and those that are not.

To this end, the town broadcasting server 100 or the base broadcasting server 110 performs a process of designating the serial number of the in-house transceiver 300 which is a broadcast target according to a disaster situation. To this end, measurement information such as terrain information, tree information, and river information of the corresponding village is stored in the town broadcasting server 100 or the base broadcasting server 110, and weather information such as temperature, humidity, wind direction, Updated. The village broadcasting server 100 or the base broadcasting server 110 selects a target serial number for each type of disaster based on the measurement information and the badge information.

For example, if the water level rises rapidly in the upstream, a disaster broadcast is transmitted to the in-house transceiver 300 located downstream. If the water level is expected to increase continuously in the future according to the precipitation information, To the in-home transceiver (300) located in the home network (300).

Also, if the disaster type is a forest fire, a disaster broadcast is transmitted to the in-house transceiver 300 within the set radius from the position where the forest fire is observed. If the current wind direction is a westerly wind, 300). At this time, the measurement information such as the terrain information and the tree information can be additionally utilized without setting only the wind direction information as a variable. For example, as shown in FIG. 8, in the case where a forest fire is generated and an east wind is blowing and a western terrain is an open field such as a rice field, an open field, or a tree without a forest, the forest fire is no longer progressed or slowed down. And not to expand the transmission area of the disaster broadcasting. Of course, at this time, it is preferable not to transmit the disaster broadcast at all, but to arrange the repetition period of the disaster broadcast to prepare for the event. On the other hand, as shown in Fig. 7, if the mountainous terrain of the east has a mountainous terrain in the state where the forest fire is generated and the westerly wind is blowing, the forest fire may spread rapidly. Therefore, Can be enlarged.

In the present invention, when a disaster broadcast is received in the in-house transceiver 300 or the user mobile 310 of the serial number as the transmission target of the disaster broadcast, It is preferable that the disaster broadcast is displayed. This is because, when the disaster broadcast is ended by one broadcast, it may happen that the user is not able to listen due to sleeping or noise, and may be delayed in the evacuation. Accordingly, the home transceiver 300 or the user mobile 310 having the serial number as the target of the disaster broadcast must confirm that the corresponding broadcast has been heard before the broadcast of the broadcast is stopped. When the level of the disaster situation is equal to or higher than the set level from the town broadcasting server 100 or the base station broadcasting server 110, it is preferable that the broadcasting is displayed at the maximum volume regardless of the volume setting of the in-home transceiver 300.

In addition, the town broadcasting server 100 or the base broadcasting server 110 classifies the crisis level according to the region into an area requiring immediate evacuation, an area requiring evacuation preparation, The area where the evacuation is required is stopped only after confirming that the broadcasting has been heard as described above, so that the broadcasting of the area is stopped and the area where the evacuation is to be prepared is broadcasted at set time intervals In the same way, it is necessary to confirm that the broadcasting has been heard, so that the broadcasting is stopped, and the area where the disaster situation is to be recognized can be set to display the disaster broadcasting once.

At this time, the disaster broadcast may further include not only the kind of the disaster and the current situation but also information such as the residents' behavior tips and shelter guidance.

Meanwhile, the disaster broadcasting may be generated and transmitted by the National Emergency Management Agency (NEMA) nationwide. At this time, the disaster broadcast may be transmitted directly or through the local broadcasting server 100 through the local broadcasting server 110, It is of course possible that the disaster broadcast can be transmitted.

Meanwhile, the town broadcasting server 100 or the base broadcasting server 110 periodically communicates with the home-use transceiver 300 and determines whether the power of the home-use transceiver 300 is on or off, The area can be prevented from occurring.

The present invention having the above-described configuration has an effect that the TV broadcast server 100 and the in-home transceiver 300 perform digital communication, thereby eliminating the broadcast hearing area and transmitting the broadcast clearly.

In addition, the present invention is capable of wireless two-way communication between the town broadcasting server 100 and the in-home transceiver 300, thereby preventing a disaster broadcast transmission due to a short circuit in the event of a disaster.

Also, since the broadcast list of the announcement broadcast or the disaster broadcast is displayed on the display window 301 and can be selected and replayed, the disadvantage caused by not listening to the broadcast can be minimized.

In addition, according to the present invention, the text on the screen can be enlarged or reduced, thereby providing the text with an appropriate size according to the visual acuity state of the user.

In addition, the present invention has an effect that a disaster detection device can be provided to detect and propagate a rapid disaster situation.

Furthermore, since the present invention can specify the in-house transceiver 300 that is the destination of the disaster broadcast, it is possible to take appropriate measures in proportion to the type and intensity of the disaster.

Further, the present invention utilizes the combination of the measurement information and the weather information in the specification of the in-house transceiver 300 serving as the reception target of the disaster broadcast, so that it is possible to prevent the damage accurately and promptly.

100: Village broadcasting server 110: Base broadcasting server
200: manager transceiver 210: manager mobile
300: In-house transceiver 301: Display window
302: speaker 310: user mobile

Claims (7)

A village broadcasting server transmitting and receiving the announcement broadcast or the disaster broadcast;
A manager transceiver transmitting an announcement broadcast or a disaster broadcast to the village broadcast server;
An administrator mobile transmitting an announcement broadcast or a disaster broadcast to the village broadcast server;
A home-use transceiver installed in the building and receiving the announcement broadcast or the disaster broadcast transmitted from the village broadcasting server and outputting the announcement broadcast or the disaster broadcast to a voice or a screen;
A user mobile for receiving the announcement broadcast or the disaster broadcast transmitted from the town broadcasting server and outputting the broadcast or disaster broadcast to a voice or a screen;
≪ / RTI >
The in-home transceiver is wirelessly communicated with the village broadcasting server, and the in-house transceivers can wirelessly transmit /
A disaster detection device installed at a remote location in or around the village to detect one or more of a fire, an earthquake, or a water level;
A base broadcasting server installed at a higher level institution in the village to transmit a broadcasting announcement or a disaster broadcasting to the village broadcasting server;
/ RTI >
Wherein the disaster detection device transmits observation values or disaster occurrence information to the town broadcasting server or the base station broadcasting server,
Wherein the town broadcasting server or the base broadcasting server transmits an announcement broadcast or a disaster broadcast to the home transceiver or the user mobile based on the information transmitted from the disaster detection device,
Wherein the home mobile transceiver is assigned a serial number for each installed location and the user mobile of the user belonging to the home where the home transceiver is installed is assigned the same serial number as the home transceiver,
The village broadcasting server or the base broadcasting server selects a serial number of the home-use transceiver or the user mobile and transmits the announcement broadcast or the disaster broadcast,
The town broadcasting server or the base broadcasting server classifies types of disasters based on the information transmitted from the disaster detection device,
The town broadcasting server or the base broadcasting server stores weather information including terrain information, tree information, survey information including river information, and information on temperature, humidity, wind direction, and precipitation amount, A smart radio town information system for specifying the serial number of the home radio transceiver or the user mobile to be transmitted, and for changing the serial number of the home radio transceiver or the user mobile to which a disaster broadcast is to be transmitted based on the measurement information and the weather information Broadcasting system.
The method according to claim 1,
An outdoor receiver installed outside the house, receiving an announcement broadcast or a disaster broadcast transmitted from the town broadcasting server and outputting the announcement or the disaster broadcast to a voice or a screen;
Smart Wireless Town Information System.
delete delete delete delete delete

Images